Low temperature bath for sample freezing and temperature control
Achieve precise temperature control from -80°C to +100°C without the hazards or costs of dry ice or liquid nitrogen, ideal for accurate freezing and testing of diverse samples in your research and development processes.
Controls and Stabilizes Sample Temperatures
The FTS MultiCool Low Temperature Bath from SP Scientific is engineered to provide precise and reliable temperature control across a broad range of research and development applications. This temperature-controlled bath operates using mechanical refrigeration, effectively replacing methods reliant on dry ice and liquid nitrogen, eliminating their associated costs and safety concerns. Designed specifically for industries such as biotechnology, pharmaceuticals, and materials science, it features a temperature range of -80°C to +100°C, accommodating both cooling and heating needs.
The MultiCool integrates a built-in magnetic stirrer and vortex breaker, ensuring consistent isothermal conditions crucial for testing tasks, including freezing biological tissues and controlling specimen temperatures for viscosity studies. Its versatile design supports the testing of materials like plastics, metals, and asphalt, enhancing precision in producing items like cryopreserved tissue cultures and asphalt binders.
With manual bench-top operation, this bath is suitable for laboratories and research institutions seeking reliable temperature stability. It includes a communication kit for remote monitoring and control, streamlining integration into existing workflows. Engineered for excellence in energy efficiency, it minimizes resource consumption while maintaining stable, uniform temperatures, making it a valuable asset in advancing research outcomes.
Benefits
- Reduces cooling costs and hazards by eliminating dry ice and liquid nitrogen usage.
- Enhances testing accuracy with consistent isothermal conditions.
- Supports versatile applications from tissue freezing to viscosity studies.
- Integrates seamlessly with existing laboratory setups through remote communication capability.
- Provides energy-efficient operation, conserving resources without compromising performance.
- Applications
- Biological tissues,Asphalt,Histology samples,Metals,Plastics,Viscosity studies
- End products
- Asphalt binders,Metal test coupons,Fluid viscosity reference standards,Cryopreserved tissue cultures,Plastic tensile bars,Frozen histology slides
- Steps before
- Sample preparation,Specimen setup
- Steps after
- Data analysis,Sample storage
- Input ingredients
- biological tissues,asphalt,plastics,metals,specimens,liquid medium
- Output ingredients
- frozen samples,temperature-controlled specimens,isothermal conditions
- Market info
- Temperature control range
- -80°C to +100°C
- Temperature stability
- Consistent with magnetic stirrer and vortex breaker
- Refrigeration system
- Mechanical refrigeration
- Automation
- Multi-functional temperature controller
- Liquid medium
- Enhances temperature stability and uniformity
- Communication
- Includes communication kit for remote communication
- Temperature range
- -80°C to +100°C
- Temperature stability
- Isothermal conditions
- Refrigeration type
- Mechanical refrigeration
- Cooling medium
- Liquid medium
- Vortex control
- Built-in magnetic stirrer with vortex breaker
- Remote communication
- Includes communication kit
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Coolant replacement
- Replaces dry ice and liquid nitrogen
- Material testing
- ASTM plastic and metal testing
- Biological applications
- Freezing biological tissues
- Temperature range
- -80°C to +100°C
- Magnetic stirrer
- Built-in
- Vortex breaker
- Included
- Control panel type
- Multi-functional temperature controller
- Chamber lid
- Insulated
- Communication kit
- Included for remote communication
- Temperature control range
- -80°C to +100°C
- Control panel type
- Multi-functional temperature controller
- Integration possibilities
- Communication kit for remote communication